Your Lethbridge fry-potato trucks queue at the plant because nobody scheduled the dump windows
Custom supply chain software for a Lethbridge processor, grower group, or distributor runs $60,000 to $160,000 over 5 to 8 months. SAP and generic SCM assume a planned flow of goods between fixed nodes on lead times you control. Your flow is a harvest that lands in a compressed window, trucks queuing at a fry plant or refinery with limited dump capacity, storage that fills, and a season you can't reschedule. Custom supply chain software plans the harvest-to-processor surge, the trucking, and the dump windows that off-the-shelf SCM was never built to coordinate.
During harvest your supply chain is a bottleneck nobody is orchestrating. Trucks of potatoes or beets arrive at the plant faster than the dump windows can take them, so they queue, drivers idle, and field crews wait on empty trailers. Storage fills unevenly, the processor's intake schedule lives in someone's phone, and growers have no visibility into when their loads will be received. SAP would call this a planned inbound flow; on the ground it's a daily scramble.
Generic SCM tools optimize stable networks with predictable lead times and fixed capacity. A southern Alberta harvest is the opposite: a surge you can't move, finite dump and storage capacity, trucking shared across growers, and weather that compresses the whole thing further. The software can't model the constraint that actually matters, processor intake capacity against an uncontrollable arrival rate, so the coordination falls to phones and the bottleneck stays.
The case for owning your supply chain
Custom supply chain software plans the real constraint: processor intake capacity against an arrival rate you can't control. It schedules dump windows, coordinates shared trucking, gives growers visibility into when loads are received, and balances storage as it fills. It models the harvest surge as the hard problem it is, instead of pretending it's a planned inbound flow on a lead time.
What your build should include
What we build under supply chain in Lethbridge
Everything a supply chain build here can cover: supply chain visibility, distribution software, supply chain management software, logistics software, procurement software and demand planning.
Budgeting a supply chain build in Lethbridge
| Project scope | Typical cost | Timeline |
|---|---|---|
| Intake and dump-window scheduling core | $60k to $90k | 5 to 6 months |
| Scheduling with trucking and grower visibility | $90k to $125k | 6 to 7 months |
| Full SCM with storage balancing and integrations | $125k to $160k | 7 to 8 months |
Delivery, week by week
Exactly what you get
Supply chain software that plans the constraint that actually bottlenecks a Lethbridge harvest. Concretely: dump-window scheduling tied to processor capacity, shared trucking coordination, grower visibility into receiving, storage balanced against intake, and weather-aware re-planning when the window compresses. You get the source, the integrations to scales and intake systems, and a plan built for a surge you can't move. What you don't get is a stable-network model pretending harvest is a planned inbound flow. This pairs with warehouse management for the storage side, custom ERP (Enterprise Resource Planning) for the books, and inventory management for the bulk stock it routes.
How to choose a developer in Lethbridge
Find a team that treats processor intake capacity as the central constraint, not an afterthought. The right shop schedules dump windows against real capacity, coordinates shared trucking, and gives growers visibility, rather than optimizing a network on lead times you don't have. Ask how they handle an arrival rate you can't control, ask how a grower learns their load was received, and ask what their plan does when weather compresses the window. A developer who models harvest as a planned inbound flow has never watched a line of potato trucks idle at a plant gate.
- Dump-window scheduling that matches truck arrivals to real intake capacity, cutting queues and idle time
- Shared trucking coordinated across growers so trailers and drivers aren't wasted
- Grower visibility into when loads will be received, ending the scheduling phone calls
- Storage balanced against intake so it fills evenly instead of bottlenecking
- A plan that respects a harvest surge you can't move, not a generic lead-time model
- Real coordination logic is complex and the build reflects that in cost and time
- You own the model as your processor capacity and grower base change
- Integrations to trucking, scales, and the processor's systems add work
- For a stable year-round flow, generic SCM may genuinely be enough
- !They model harvest as a planned inbound flow; ask how they handle an arrival rate you can't control
- !No dump-window logic; ask how trucks get matched to real intake capacity
- !They skip grower visibility; ask how a grower learns when their load is received
- !No weather re-planning; ask what happens when the window compresses two weeks
- !They've only done stable-network SCM; ask for a seasonal or agricultural reference
Teams investing in supply chain in Lethbridge usually scope it next to project management, helpdesk & ticketing, crm, since these systems share data and budgets.
Rohan advises mid-market and enterprise teams on ERP, CRM and custom software, and has led delivery on dozens of business-software builds.
Writes for Digital Heroes, shipping business software for 2,000+ brands across 55+ countries since 2017.
Frequently asked questions
Why can't SAP or generic SCM handle our harvest flow?
Because they optimize stable networks with controllable lead times and fixed capacity, and a harvest is none of those. Arrivals surge in a window you can't reschedule, dump and storage capacity are finite, and weather compresses everything further. The constraint that matters, processor intake against an uncontrollable arrival rate, is exactly what generic SCM can't model, so coordination falls back to phones.
What's a dump window and why schedule it?
It's a time slot when the processor can receive and unload a truck, bounded by intake capacity. Scheduling them matches truck arrivals to what the plant can actually take, so trucks don't queue, drivers don't idle, and field crews aren't waiting on empty trailers. That scheduling against real capacity is the core of what a custom build does and generic SCM doesn't.
How does this help growers?
By giving them visibility into when their loads will be received, which ends the constant scheduling phone calls and lets them plan their own trucking and harvesting. A grower-facing view turns a chaotic phone-coordinated scramble into a scheduled flow everyone can see, which reduces both idle time and friction across the whole intake operation.
What happens when weather compresses the harvest?
A custom build re-plans against the new, tighter window, reallocating dump windows and trucking to the compressed reality. Because the system models intake capacity as the constraint, it can absorb a window collapsing from weeks to days far better than a phone-based schedule, which simply breaks under that pressure. Weather-aware re-planning is one of the strongest reasons to build.
Do we need this if our flow is steady?
No. If your supply chain runs year-round with predictable lead times and capacity, generic SCM likely covers it. The case for custom appears specifically when a harvest surge overwhelms a finite intake bottleneck you can't reschedule. Build when the daily scramble at the plant gate is costing you idle trucks, uneven storage, and grower frustration.